I am a
fifth-year graduate student working with Heidi
Nepf in
the Department of Civil and Environmental Engineering at MIT. My graduate research has
focused on flow and transport
relevant to aquatic plant canopies. For
my master’s thesis, I studied the propagation of
lock-exchange flows
through an array of randomly-distributed emergent cylinders, a model
for emergent aquatic plant
canopies. In my doctoral work, I have
been studying solute transport, specifically lateral dispersion, in
random cylinder arrays.
Education
Ph.D. candidate in Environmental Fluid Mechanics, Department of Civil
and Environmental Engineering, Massachusetts Institute of Technology Supported by National Science
Foundation grant EAR-0309188. Supported by the Martin
Family Society Fellowship for Sustainability (2006
– 2007). . S.M. in
Civil and Environmental Engineering, Massachusetts Institute of
Technology (September 2004)
Supported
by the MIT
Presidential Graduate Fellowship Program (2003 - 2004).
B.S. in Environmental Engineering Science, Massachusetts Institute of
Technology (June 2003)
International Baccalaureate Diploma, United
World College of
S.E. Asia (May
1999)